This documsat Waa been approved fnr public relewe and tale; its dWtnbuUon is.nlmnld. p¢ 91ST,IAIVAIl. id. M AE i The wideband ambiguity function considers the actual time pco resst(in or expansion of the Dopler effect,-ather than the frquency-shift approximation of the narrowband function. The- mleband ambiguity function has been derived and Its properties reviewed, including comparisons with those of the narrawband function. The signficance of the difference between the two func-tions can be shown to depend on the product of signal duration, signal bandwidth, and tar-, vc oc ty
The University of Nebraska has developed an ultra-wideband (UWB) random noise radar system which tra...
We introduce the definition of convolution and correlation of the Fourier transform, then obtain gen...
A new radar system for digital signal processing before detection is proposed. These are the guideli...
Abstract—Woodward’s ambiguity function, introduced in the literature in the mid-20th century, has be...
A wide-band ambiguity function featuring a finite volume of ambiguity has been proposed for location...
The use of ambiguity functions in radar signal design and analysis is very common. Understanding the...
The waveform of a radar signal affects the resolution in velocity and distance. The ambiguity functi...
Abstract—The ambiguity function is a measure of a radar’s range and Doppler detection capability. Co...
The use of ambiguity functions in radar signal design and analysis is very common. Understanding the...
The article of record as published may be found at http://dx.doi.org/10.1049/joe.2017.0393The author...
The ambiguity function, first introduced by Woodward,' is a measure of the capability of a sign...
We extend the concept of the ambiguity function (AF) to linear signal spaces. We discuss some proper...
Narrowband approximation of Doppler effect by a frequency shift is inappropriate for some problems o...
The bandwidth-duration product, WT , is a fundamental parameter in most theories of aural amplitude ...
Radar ambiguity function is widely employed to analyze a radar system’s time delay (range) resolutio...
The University of Nebraska has developed an ultra-wideband (UWB) random noise radar system which tra...
We introduce the definition of convolution and correlation of the Fourier transform, then obtain gen...
A new radar system for digital signal processing before detection is proposed. These are the guideli...
Abstract—Woodward’s ambiguity function, introduced in the literature in the mid-20th century, has be...
A wide-band ambiguity function featuring a finite volume of ambiguity has been proposed for location...
The use of ambiguity functions in radar signal design and analysis is very common. Understanding the...
The waveform of a radar signal affects the resolution in velocity and distance. The ambiguity functi...
Abstract—The ambiguity function is a measure of a radar’s range and Doppler detection capability. Co...
The use of ambiguity functions in radar signal design and analysis is very common. Understanding the...
The article of record as published may be found at http://dx.doi.org/10.1049/joe.2017.0393The author...
The ambiguity function, first introduced by Woodward,' is a measure of the capability of a sign...
We extend the concept of the ambiguity function (AF) to linear signal spaces. We discuss some proper...
Narrowband approximation of Doppler effect by a frequency shift is inappropriate for some problems o...
The bandwidth-duration product, WT , is a fundamental parameter in most theories of aural amplitude ...
Radar ambiguity function is widely employed to analyze a radar system’s time delay (range) resolutio...
The University of Nebraska has developed an ultra-wideband (UWB) random noise radar system which tra...
We introduce the definition of convolution and correlation of the Fourier transform, then obtain gen...
A new radar system for digital signal processing before detection is proposed. These are the guideli...